Frequency drop due to loss of massive generation is a threat to power system frequency
stability. Under-frequency load shedding (UFLS) is the principal measure to prevent …

A reduced-order,“grey-box” model of an active distribution network, intended for dynamic
simulations of the transmission system, is derived. The network hosts inverter-based …

The ever-growing penetration of renewable based generation is leading to significant
increases in the risk of cascading failures in low-inertia, and interconnection-rich, power …

The expansion of variable generation has driven a transition toward a 100% non-fossil
power system. New system needs are challenging system stability and suggesting the need …

Load modelling plays a key role in assessing peak load reduction and has attracted
renewed interest recently due to increasing diversity and uncertainty in load characteristic …

This paper proposes a methodology for the identification of equivalent models of active
distribution networks. Due to the increasing installation of distributed generation plants …

This paper deals with the derivation of dynamic equivalents of active distribution networks,
hosting inverter-based generators as well as static and motor loads. Equivalents are …

This paper presents a systematic procedure to design a decentralized wide area dam**
controller for the wind farms and flexible ac transmission system (FACTS) controllers in a …

This paper discusses the effect of voltage dependency on stochastic loads. The study shows
that the higher the exponent of the voltage in the load model, the higher the correlation of the …

The strategies of distribution network reconfiguration are applicable for minimizing power
loss and saving electrical energy in the distribution system. Network reconfiguration is …